Meteorological Factors

Meteorological factors are the physical properties of the atmosphere that determine weather and climate, and also influence the human body. These factors include temperature, humidity, pressure, wind speed, precipitation, solar radiation and other parameters. They affect a person’s well-being, health, performance and mood. In this article we will look at the most important meteorological factors.

Temperature is one of the main meteorological factors that determines human comfort. Too high or low temperature can lead to poor health, fatigue, headaches and other problems. Depending on the climate, temperatures can range from -40°C to +40°C.

Humidity is the amount of water vapor in the air. High humidity can cause discomfort as the skin becomes more sensitive to cold or heat. In addition, high humidity can lead to the development of various respiratory diseases.

Pressure is a force acting on the surface of the Earth. Changes in pressure can lead to changes in a person's well-being, for example, when ascending to great heights or diving to the seabed.

Wind speed is the movement of air relative to the Earth's surface. Wind can have an impact on a person's well-being, especially if it is strong and cold. For example, strong winds can cause headaches or dizziness.

Precipitation is rain, snow or hail. Precipitation can have an impact on human health, such as pollen allergies. Precipitation can also lead to property damage and infrastructure disruption.

Meteorological aspects for medicine and ecology

Meteorological factors are the physical properties of the atmosphere: temperature, air humidity, atmospheric pressure, wind speed and direction, solar radiation, atmospheric transparency and other various environmental conditions that affect the human body and all living organisms. They can be useful for studying the mechanisms of human influence on the atmosphere and the adaptation of the human body to different weather conditions. The study of meteorological factors makes it possible to determine the adaptive capabilities of the human body, the degree of meteorological sensitivity of people, and to select the most favorable conditions for carrying out meteorological monitoring. In this article we will consider the main meteorological